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DuraMax™ Motors

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The Baker Hughes DuraMax™ high-performance drilling motors are the next step in delivering and achieving maximum rates of penetration (ROPs) and reduce the number of runs per well, to achieve a lower cost-per-foot drilling program. The completely re-engineered motor design enables drilling capabilities unattainable with conventional motor technologies, providing higher levels of torque and power for performance drilling and harsh environments.

Your price
Contact us for pricing

This latest generation of high-performance positive displacement motors has been completely redesigned by Baker Hughes's engineers using state-of-the-art technology. The redesigned motor’s short bit-to-bend configuration allows higher build-up rates while delivering superior WOB and durability. The simulation-driven design also enables predictive maintenance, mitigating motor failures and reducing nonproductive time.

Push your drilling limits with a stronger lower end and power sections that deliver 15% greater torque. The higher flow rate range permits more options when it comes to RPM, leading to 40% more horsepower at the bit. And, you can run with less differential pressure while still achieving desired penetration rates.

Features and Benefits
•Internally developed and newly designed DuraMax Ultra Series power section
- Increased ability to achieve a higher rate of penetration (ROP), extended run length, while delivering higher torque and power at the bit
• Titanium flex shaft
- Increased mean time between failures
- Reduced nonproductive time (NPT), including twist-off and drive-train failures downhole
• Optimized connections
- Increased motor reliability Improving drilling performance by preventing downhole back-off in harsh drilling environments
• Internally developed and newly designed DuraMax Ultra Series power section
- Increased ability to achieve a higher rate of penetration (ROP), extended run length, while delivering higher torque and power at the bit
• Titanium flex shaft
- Increased mean time between failures
- Reduced nonproductive time (NPT), including twist-off and drive-train failures downhole
• Optimized connections
- Increased motor reliability Improving drilling performance by preventing downhole back-off in harsh drilling environments
Application
• Shale gas
• Onshore, offshore, and deepwater
• Conventional and unconventional
• Geothermal
• Vertical and directional drilling
• Performance drilling
• Hard/abrasive formations and high-temperature environments
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